Eleonora Casalese
About Eleonora Casalese
Eleonora Casalese is an Upstream Process Engineer specializing in Cathode Active Material at Northvolt, where she has worked since 2021. She holds a Master of Science in Industrial Chemistry from Sapienza Università di Roma and has previous experience as an External Researcher at VITO.
Work at Northvolt
Eleonora Casalese currently serves as an Upstream Process Engineer specializing in Cathode Active Material at Northvolt. She has been with the company since 2021, contributing to the development and optimization of processes related to battery materials. Her role involves working on innovative solutions that enhance the efficiency and sustainability of battery production. Northvolt is known for its focus on sustainable energy solutions and aims to produce the world's greenest batteries.
Education and Expertise
Eleonora Casalese holds a Master of Science degree in Industrial Chemistry with a focus on Environment, Resources, Energy, and Safety from Sapienza Università di Roma, which she completed from 2017 to 2019. Prior to that, she earned a Bachelor of Science degree in Industrial Chemistry from the same institution, graduating in 2017. Her educational background equips her with a strong foundation in chemical processes and environmental considerations, relevant to her role in the battery industry.
Background
Before joining Northvolt, Eleonora Casalese worked as an External Researcher at VITO, a research institute in Mol, Flanders, Belgium, from 2019 to 2020. In this role, she engaged in research activities that contributed to advancements in environmental technology and sustainability. Her experience at VITO provided her with valuable insights into research methodologies and practical applications in the field of industrial chemistry.
Previous Experience
In addition to her current role at Northvolt, Eleonora Casalese briefly worked as an Upstream Process Engineer at Northvolt in 2021 for 11 months. This position allowed her to gain hands-on experience in the battery production process and further develop her expertise in upstream engineering. Her cumulative experience in both research and engineering roles has shaped her understanding of the complexities involved in battery technology.